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$5 USD / hora
Bandera de PAKISTAN
karachi, pakistan
$5 USD / hora
Aquí son las 8:19 a. m.
Se unió el noviembre 5, 2012
0 Recomendaciones

Hamza K.

@hamzaahmedkhan

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$5 USD / hora
Bandera de PAKISTAN
karachi, pakistan
$5 USD / hora
N/A
Trabajos finalizados
N/A
Dentro del presupuesto
N/A
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Tasa de recontratación

Electronic Engineering

Electronic Engineer and Hobbyist having a vast experience in machine designing, module designing, PCB layout designing, Embedded Programming, Wireless telemetry and Telecommand, Data Acquisition cards, Control Systems, Robotics.
Freelancer Graphic Designers Pakistan
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Inicia sesión para comentar cualquier detalle por chat.

Portafolio

1617309
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
1617166
Autonomous Line Following Robot with color detection and Box Placing mechanism
Autonomous Box Placer
Autonomous Line Following Robot with color detection and Box Placing mechanism
Autonomous Box Placer
1617149
RFID Reader ID-20 is used to detect RFID cards, and 315Mhz Transmitter is used to send the data wirelessly to computer.
RFID based wireless entry
RFID Reader ID-20 is used to detect RFID cards, and 315Mhz Transmitter is used to send the data wirelessly to computer.
RFID based wireless entry
1617112
Wrist motion controlled vehicle using accelerometer ADXL345. It can also detect obstacle by using proximity sensors.
Wrist motion controlled vehicle with obstacle detection
Wrist motion controlled vehicle using accelerometer ADXL345. It can also detect obstacle by using proximity sensors.
Wrist motion controlled vehicle with obstacle detection
1617012
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
1617008
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
1617309
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
Robot is equipped with 21 sensor ports, 2 sonar sensors, 4 force sensors for robot gripper\n8 imu sensor ports(MPU6050,6 dof)\n3 current sensors for real time current monitoring of different portions\n3 voltage sensors on batteries for monitoring discharging and real time voltages\n1 gps skm53 for location finding and navigation purposes\nAll this data is monitored on VISUAL C # based GUI over 1 mile\n\nThe wireless module is xbee s1 pro,the module adapter is same for both module,so the main board is compatible with newer xbee modules,u just need to plug the newer module.\n\nThis xbee rf module can be changed with wifly module,without changing any circuit or soldering,then the same circuit will be operated over the wifi,means then u can monitor and control this system through internet\n\nThe robotic arms are equipped with high torque servos with torque upto 40kg cm,the main board has 16 servo out and 10 dc motors
Telemetry and Telecommand based Humanoid Robot
1617166
Autonomous Line Following Robot with color detection and Box Placing mechanism
Autonomous Box Placer
Autonomous Line Following Robot with color detection and Box Placing mechanism
Autonomous Box Placer
1617149
RFID Reader ID-20 is used to detect RFID cards, and 315Mhz Transmitter is used to send the data wirelessly to computer.
RFID based wireless entry
RFID Reader ID-20 is used to detect RFID cards, and 315Mhz Transmitter is used to send the data wirelessly to computer.
RFID based wireless entry
1617112
Wrist motion controlled vehicle using accelerometer ADXL345. It can also detect obstacle by using proximity sensors.
Wrist motion controlled vehicle with obstacle detection
Wrist motion controlled vehicle using accelerometer ADXL345. It can also detect obstacle by using proximity sensors.
Wrist motion controlled vehicle with obstacle detection
1617012
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
4WD bot with 2 DOF box lifter,(upto 14cm span)
BOX lifter bot
1617008
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY
30 x 49 Led Matrix Screen Controlled Using Spartan 3e FPGA
LED MATRIX DISPLAY

Comentarios

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Experiencia

Private Consultant

Integrated Dynamics
mar 2014 - Presente
Working in Integrated Dynamics as a consultant. Mainly focused on UGV's UAV's. - telectelecommand system - GPS navigation system - GUI Designing

Internee

Pakistan Machine Tool Factory, Karachi.
jun 2014 - ago 2014 (2 meses, 1 día)
Trained to work on machine controlling, - CNC Machines - PLC based Machines

Educación

BS-Electronic Engineering

Sir Syed University of Engineering and Technology, Pakistan 2011 - 2014
(3 años)

Intermediate

Pakistan 2009 - 2011
(2 años)

Matriculation

Pakistan 2007 - 2009
(2 años)

Calificaciones

Information Technology

IQ Concept Pass, Karachi.
2008
MS-Word MS-Excel MS-Power Point MS-Access Internet & Networking

RC Aircraft

PAF KIET, Karachi
2013
Wooden Remote Control Aircraft

Microcontroller and its Industrial Applications

IPA Tech, Skill Development Council, karachi.
2012
- Microcontroller Basics - 8051 Microcontroller - PIC Microcontroller - AVR Microcontroller Application of Microcontroller in Day to Day Life Devices: -Light sensing & controlling devices -Temperature sensing and controlling devices -Fire detection & safety devices -Industrial instrumentation devices -Process control devices Application of Microcontroller in Industrial Control Devices: -Industrial instrumentation devices -Process control devices -Robotics Application of Microcontroller in Metering & Measurement Devices: -Volt Meter -Measuring revolving objects -Current meter -Hand-held metering systems

Contacta Hamza K. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

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Email verificado
Facebook conectado

Principales habilidades

Graphic Design
Translation
Wireless
Electronics
Accounting

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